Problem 2 What is the optimal solution? If ATI purchase the professional grade for $8 per yard will optimal solution change? P =yards of the professional grade material per frame S = yards of the standard grade material per frame, S=10, P=20. Optimal solution does not change because 8 is within the range of optimality. S = yards of the standard grade material per frame, P=yards of the professional grade material per frame S=15, P=15. Optimal solution does not change because 8 is within the range of optimality. S=yards of the standard grade material per frame, P=yards of the professional grade material per frame Optimal solution S=20, P=10 does not change because 8 is within the range of optimality. None of these alternatives is correct. Problem 2 What is the total cost for this problem? 247.50 216.50 274.50 255.00 Problem 2 What is the optimal solution? If ATI purchase the professional grade for $8 per yard will optimal solution change? P =yards of the professional grade material per frame S = yards of the standard grade material per frame, S=10, P=20. Optimal solution does not change because 8 is within the range of optimality. S = yards of the standard grade material per frame, P=yards of the professional grade material per frame S=15, P=15. Optimal solution does not change because 8 is within the range of optimality. S=yards of the standard grade material per frame, P=yards of the professional grade material per frame Optimal solution S=20, P=10 does not change because 8 is within the range of optimality. None of these alternatives is correct. Problem 2 What is the total cost for this problem? 247.50 216.50 274.50 255.00